A real-time, adaptive measurement system which is used to measure the corneal shapes and control the irregularity of image processing was discussed. The development of a measurement system which adapts the stimulus to the shape of the cornea was also presented. The stimulus aims to register a regular pattern with the deformed shape of cornea. A single measurement instrument was also described to integrate real-time solutions to both problems
The cornea is the anterior most surface of the eye and plays a critical role in vision. A thin fluid...
Attempts to describe normal corneal shape and to represent corneal topography by an array of discret...
Corneal morphological analysis has greatly improved in recent years, providing physicians with new a...
The outermost layer of the humaneye—the cornea, see Figure 1—is oftremendous importance to good vi-s...
We have developed a prototype instrument providing a new way to measure the shape of the cornea. Our...
<p>The real-time corneal deformation parameters of a participant recorded when the cornea was just f...
We have developed a prototype instrument providing a new way to measure the shape of the cornea. Our...
<p>The real-time deformation parameters of a participant recorded when the cornea recovered to its o...
Purpose: To introduce an iterative, multiscale procedure that allows for better reconstruction of th...
In this paper we describe an adaptive and multi-scale algorithm for the parsimonious t of the corne...
We have presented previously a novel method for the evaluation of the surface shape of an object, wi...
International audienceA system to measure the topography of the first optical surface of the human e...
A novel method is presented for the evaluation of object shapes. The method has applicability in the...
A method for computer input with human eyes-only using two Purkinje images which works in a real tim...
This paper describes a new method for determining corneal surface detail utilizing a modified Zeiss ...
The cornea is the anterior most surface of the eye and plays a critical role in vision. A thin fluid...
Attempts to describe normal corneal shape and to represent corneal topography by an array of discret...
Corneal morphological analysis has greatly improved in recent years, providing physicians with new a...
The outermost layer of the humaneye—the cornea, see Figure 1—is oftremendous importance to good vi-s...
We have developed a prototype instrument providing a new way to measure the shape of the cornea. Our...
<p>The real-time corneal deformation parameters of a participant recorded when the cornea was just f...
We have developed a prototype instrument providing a new way to measure the shape of the cornea. Our...
<p>The real-time deformation parameters of a participant recorded when the cornea recovered to its o...
Purpose: To introduce an iterative, multiscale procedure that allows for better reconstruction of th...
In this paper we describe an adaptive and multi-scale algorithm for the parsimonious t of the corne...
We have presented previously a novel method for the evaluation of the surface shape of an object, wi...
International audienceA system to measure the topography of the first optical surface of the human e...
A novel method is presented for the evaluation of object shapes. The method has applicability in the...
A method for computer input with human eyes-only using two Purkinje images which works in a real tim...
This paper describes a new method for determining corneal surface detail utilizing a modified Zeiss ...
The cornea is the anterior most surface of the eye and plays a critical role in vision. A thin fluid...
Attempts to describe normal corneal shape and to represent corneal topography by an array of discret...
Corneal morphological analysis has greatly improved in recent years, providing physicians with new a...